EMAG Open House 2026 in Milan: Experience manufacturing solutions for series production live
On July 15 and 16, 2026, EMAG invites you to its Open House in Milan. Over the course of two days, we’ll be showcasing a wide range of modern manufacturing technologies for turning, grinding, and milling – from high-productivity twin-spindle turning and vertical pick-up turning to high-precision external cylindrical grinding and milling on a vertical machining center – all at a single location. The focus will be on machines designed for productivity, process reliability, and cost-effective batch production. Our experts will demonstrate how to optimize your machining processes for greater efficiency, stability, and cost-effectiveness. They will also be available for personal discussions and to answer specific application questions.
Date: July 15 and 16, 2026
Location:
EMAG MILANO S.r.l.
Via dei Mille, 31
20098 San Giuliano Milanese (MI)
Italy
These machines await you at the EMAG Open House in Milan
WPG 7: High-precision external cylindrical grinding with the smallest footprint
Compact external cylindrical grinding machine for smaller workpieces such as shafts and pinions, offering micrometer-level precision.
- Workpiece length up to 250 mm, footprint only 1,800 × 2,400 mm
- Grinding wheel drive up to 50 m/s, wheel diameter up to 500 mm
- Available as a 0° straight-cut or 30° angle-cut machine
- CBN or corundum wheels, Fanuc control with all standard grinding cycles
- Optional: In-process measurement, automatic balancing, GAP and Crash Control
- Can be automated using a chain conveyor, pallet carousel, or robot
MSC 5 DUO: Twin-spindle lathe for automated batch production
Twin-spindle CNC lathe for high-productivity batch production of chucked components.
Your benefits:
- Simultaneous machining on both spindles, integrated 3-axis gantry loading system
- Split-bed design decouples the work areas and minimizes vibrations
- Main spindles with A2-5 spindle nose, up to 4,500 rpm, chuck diameter up to 210 mm
- Two servo-controlled BMT turrets, each with 8 stations (12 stations optional)
- Integrated part turnover for complete machining (OP 10/OP 20).
- Chip-to-chip times under 6 seconds, optional stacking storage system
VL 4: Vertical Lathe with Integrated Automation
Vertical pick-up turning machine from the modular VL series for chucked components.
- CNC turning of chucked components up to 200 mm in diameter
- Integrated automation via the work spindle (pick-up principle)
- Workpiece loading and unloading flexibly adjustable via TrackMotion
- Sturdy Mineralit base for effective vibration damping
- Short chip-to-chip times with a compact footprint
VL 3 DUO: Vertical Dual-Spindle Lathe
Modular lathe for the productive, multi-stage machining of chucked components.
- Two work areas for parallel or two-stage machining in a single machine
- Higher output with a compact footprint
- Pick-up principle: end-to-end automation without a separate loading system
- Can be combined with the TrackMotion automation system
- Reduces lead times and unit production costs
ACE 1060 V: Vertical machining center for a wide range of milling applications
High-performance vertical machining center from Ace Micromatic.
- Highly rigid structure with an excellent ratio of rigidity to weight
- High-precision linear guides and ball screws
- 24-position tool changer
- Powerful BT-40 spindle
- Suitable for applications ranging from general machining to tool and mold making
Manufacturing Solutions for Humanoid Robot Gear Components
The performance of humanoid robots stands or falls with their joint actuators and, consequently, with the manufacturing quality of the gear components installed in them. These drives must be compact, highly durable, and of high precision. At our Open House in Milan, EMAG will demonstrate how the sophisticated workpieces required for this can be manufactured cost-effectively and with reproducible series-production quality.
The focus is on components with the most stringent requirements for geometry and tolerance:
- Circular splines with high-precision internal gear teeth
- Thin-walled flex splines
- Wave generators with elliptical functional contours
- Planetary gears for high-torque gearboxes
- Planetary roller screws for linear actuators
Precision Workpieces for High‑Performance Humanoid Robotics:What they all have in common are very tight form and position tolerances, intricate geometries, and the need to reliably reproduce this quality across the entire production run. Visit us in Milan on July 15 and 16, 2026, to learn which workpieces influence the performance of humanoid robots and how EMAG uses manufacturing technologies to produce them. We will demonstrate this with concrete examples from real-world robotics and gearbox applications. |
We look forward to seeing you in Milan
Experience the EMAG group’s technologies up close on July 15 and 16, 2026, in Milan. Our experts will answer your questions and work with you to develop the right manufacturing solution for your application. Schedule your personal appointment now.
Register now!
Don’t miss this opportunity to see EMAG’s latest technologies in action and gain valuable insights for your production!
